Druggability
To offer comprehensive solutions to Mycenax’s customers, we provide one-stop shop services including cell line development, upstream cell culture process development, downstream purification process development, formulation development, analytical method development, process scale-up study, PIC/S GMP production and aseptic fill and finish.
Protein drugs usually have individual differences in post-translational modification, solubility, aggregation, and stability. These differences are potential risks for drug development.
A good developability assessment can identify the differences mentioned above in advance and provide the basis for further process development. Through Mycenax’s extensive experiences, we tailor a complete set of developability studies for early-stage drug development to reduce the barriers for future products to enter large-scale production and PIC/S GMP production, and improve drug safety, effectiveness, and quality. Our developability studies can shorten the drug development timeline, cost, and failure rates.
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To offer comprehensive solutions to Mycenax’s customers, we provide one-stop shop services including cell line development, upstream cell culture process development, downstream purification process development, formulation development, analytical method development, process scale-up study, PIC/S GMP production and aseptic fill and finish.
Protein drugs usually have individual differences in post-translational modification, solubility, aggregation, and stability. These differences are potential risks for drug development.
A good developability assessment can identify the differences mentioned above in advance and provide the basis for further process development. Through Mycenax’s extensive experiences, we tailor a complete set of developability studies for early-stage drug development to reduce the barriers for future products to enter large-scale production and PIC/S GMP production, and improve drug safety, effectiveness, and quality. Our developability studies can shorten the drug development timeline, cost, and failure rates.
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◆ In silico analysis |
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◆ Sequence and structural analysis |
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◆ Heterogeneity |
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◆ Product yield and productivity |
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◆ Propensity of aggregation |
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◆ Physical stability |
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◆ Chemical stability |
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◆ Post-translational modifications |
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◆ Affinity analysis |
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◆ Potency analysis |
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